Anhydridization – Definition & Meaning

Anhydridization is a term that is commonly used in chemistry and refers to the process of removing water molecules from a chemical compound. This process is often used to create anhydrides, which are compounds that do not contain any water molecules. In this article, we will explore the definition and meaning of anhydridization, its origin, and its associations.

Definitions

Anhydridization is the process of removing water molecules from a chemical compound. This process can be achieved through various methods, including heating, dehydration, or chemical reactions. The resulting compound is known as an anhydride, which is a type of compound that does not contain any water molecules.

Origin

The term anhydridization is derived from the Greek words “an” meaning without, and “hydor” meaning water. The process of anhydridization has been known for centuries and has been used in various chemical processes.

Meaning in different dictionaries

According to the Oxford English Dictionary, anhydridization is “the process of removing water from a chemical compound, typically by heating, to form an anhydride.” Merriam-Webster defines anhydridization as “the removal of water from a substance to form an anhydride.”

Associations

Anhydridization is commonly associated with the production of anhydrides, which are used in various chemical processes. Anhydrides are often used as reagents in organic chemistry, and they can be used to create various compounds, including acids, esters, and amides.

Synonyms

Some synonyms of anhydridization include dehydration, desiccation, and drying.

Antonyms

The antonym of anhydridization is hydration, which is the process of adding water molecules to a chemical compound.

The same root words

Anhydridization is derived from the Greek words “an” meaning without, and “hydor” meaning water. Other words that share the same root words include anhydrous, which means without water, and hydrophobic, which means water-repelling.

Example Sentences

  1. The anhydridization process is essential for the production of certain chemicals.
  2. The anhydride was created through the process of anhydridization.
  3. Anhydridization can be achieved through various methods, including heating and chemical reactions.
  4. The anhydridization of the compound resulted in a pure anhydride.
  5. The anhydridization process is often used in organic chemistry to create various compounds.
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